Cisco 500-560 Cisco Networking: On-Premise and Cloud Solutions Exam Practice Test

Cisco Meraki’s official documentation clearly states that the Meraki Dashboard is designed to be accessed via a modern web browser. This provides a simple, centralized GUI for configuring, monitoring, and managing all Meraki network devices. Terminal windows, CLI, or SSH are not supported for dashboard access; those interfaces are only used with traditional on-premises devices, not cloud-managed Meraki systems.

When a Cisco Meraki organization's license expires, the Meraki Dashboard enters a 30-day grace period. During this time, network services continue functioning normally, and the organization is expected to renew its license. If no action is taken by the end of the grace period, device functionality and Dashboard access will be interrupted. This grace period allows continued operations while addressing the licensing issue, making D the correct answer.

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The key architectural component that enables Cisco Meraki’s datacenters to meet HIPAA and PCI compliance standards is the out-of-band control plane. This design separates management traffic from user data. Management information (such as configurations and telemetry) is sent securely to the cloud, while all user data (such as file transfers or client traffic) remains local and does not pass through the Meraki cloud.

This architecture ensures sensitive user data is not exposed to the cloud, supporting compliance with data protection requirements found in HIPAA (for healthcare) and PCI DSS (for payment data). Therefore, the correct answer is D — out-of-band control plane.

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Cisco Meraki's architecture uses an out-of-band control plane. If a device loses connection to the Meraki Cloud, client data traffic continues to flow locally and normally, while management and monitoring features are paused until connectivity is restored. This behavior is explicitly confirmed by Cisco documentation stating that during cloud disconnect, user traffic is unaffected and only configuration/monitoring stops.

The Cisco Switch Selector is an interactive web-based tool designed to help customers choose the appropriate Cisco switch based on specific use cases, deployment needs, or feature sets. It allows users to filter and compare across multiple Catalyst and Meraki switch models based on parameters like PoE support, port count, form factor, and stackability. Hence, option A accurately describes its purpose.

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The Web User Interface (WebUI) on Cisco ISR 4000 and ISR 1100 series routers is included by default in IOS XE software images. Users simply need to enable HTTP or HTTPS services and access the interface via a browser. No additional license is required, and no assistance from Cisco support is necessary to activate it. Therefore, the correct answer is A — it is available by default.

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The Cisco Umbrella branch package is designed to protect users and devices at the DNS-layer before a malicious connection is even established. One of its main advantages is to prevent both corporate and guest users from resolving or connecting to malicious domains, IPs, and URLs.

Cisco's guidance emphasizes Umbrella’s ability to enforce DNS-layer protection across the branch, offering visibility and blocking capabilities for all outbound DNS requests. It effectively stops threats before they ever reach the network, regardless of the user’s location within the branch.

This makes option B correct, as it reflects Umbrella’s DNS-layer security function that applies uniformly to all users.

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To satisfy increased bandwidth needs at branch locations, many enterprises are enabling Dedicated Internet Access (DIA). DIA provides guaranteed bandwidth rates and enhanced performance over consumer-grade or shared broadband, ensuring stability and capacity for critical applications. Other options like IoT, VPNs, or guest Wi-Fi do not directly address bandwidth scaling at the branch.

The Aironet 2800 Series is part of the Wave 2 portfolio, and Cisco has positioned the Catalyst 9120 Series as the next-generation successor. The Catalyst 9120 Series supports Wi-Fi 6, enhanced security, and advanced analytics features, making it the natural evolution for mid-market customers transitioning from older Aironet models. Therefore, option C is the accurate answer.

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Cisco DNA Center is Cisco's centralized platform for enterprise network management, acting as the core controller for automation, policy, analytics, and assurance. It is designed to manage enterprise switching, routing, and wireless infrastructure. DNA Center provides AI-driven insights and controls the entire network fabric, making it the foundational controller and analytics engine. Therefore, option C is correct.

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The Cisco ISR 1000 Series is designed for small to medium branch deployments. It integrates advanced features like SD-WAN capabilities, robust security (firewall, IPS), and both wired and wireless access from a single compact platform. This makes it a high-performance solution tailored for next-generation networking. Option C captures the full capability of the platform.

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The Cisco ISR 900 Series with the default IP Base package includes essential services for branch connectivity. These consist of support for dynamic and static routing protocols (like OSPF and EIGRP), quality of service (QoS) features for traffic prioritization, and basic Layer 3 connectivity. VPN and Zone Based Firewall are part of the Security license package and not included by default in IP Base. Therefore, the correct answer is D.

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The Cisco Aggregation Services Router (ASR) 1000 Series is specifically designed to serve as an edge or aggregation layer router in enterprise and service provider networks. It supports high-throughput aggregation of WAN links, advanced routing, and services such as NAT, firewalling, and encryption at scale. This distinguishes it from branch routers like ISR 900 and 4000, and virtual appliances like CSR 1000V. Therefore, the correct answer is B.

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Meraki’s MR-series access points include a dedicated third radio, which the documentation refers to as a “scanning radio.” Its primary functions are performing real-time wireless intrusion detection/prevention (WIDS/WIPS) and providing the data needed for automatic RF optimization—adjusting channel selection, transmit power, and more. This capability allows continuous environmental monitoring and self-tuning without impacting client traffic. Hence, option A is correct.

The Cisco Meraki MS switch platform supports Multigigabit Ethernet (mGig) on select models. This next-generation feature allows network uplinks and access ports to operate above standard 1 Gbps speeds—supporting 2.5, 5, or even 10 Gbps—over existing cabling infrastructure. It enables higher performance for Wi-Fi 6/6E access points and bandwidth-intensive devices. Therefore, the correct answer is A.